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The nuclear fission of very neuron-rich nuclei related to the r-process isessential for the termination of nucleosynthesis flows on the nuclear chart andthe final abundances. Nevertheless, most of the available fission data for ther-process calculations are based on theory predictions, includingphenomenological treatments. In this study, we calculated a series of nuclearfission distribution for neutron-rich nuclei away from the beta-stability line.As most of these nuclei are experimentally unknown, we are based on theoreticalcalculations based on the dynamical fission model with the Langevin method. Weperformed fission distribution calculations for neutron-rich actinoid nuclei,applicable to the r-process nucleosynthesis simulations. In the present paper,we compared the obtained mass and charge distributions with experimental data.We also show the results of the systematic behaviour of mass distribution forneutron-rich U and Fm isotopes.

Fission fragment distributions of neutron-rich nuclei based on Langevin calculations: toward r-process simulations